Being involved in a car accident can be a traumatizing experience, not to mention the physical toll it has on your body. The impact of car accidents on the human body can be severe, and understanding how car accident injuries happen can offer insight into the causes of the distress. The sheer act of hitting the brakes or the collision itself can cause the body to shake violently, which may result in injury and damage.
Accidents can happen, regardless of how skilled a driver you are or how many years of experience you have driving. As such, it is important to understand what happens to your body during an accident. As you get into your vehicle, your body and the car possess what is called kinetic energy. This is a ” form of energy that an object or a particle has because of its motion.
Kinetic Energy and Car Accidents
Kinetic energy is a property of a moving object or particle and depends not only on its motion but also on its mass. When you decide to stop your vehicle, you press down on the brakes, and that kind of energy is transferred into the brakes, allowing you to stop.
However, when that stop is sudden due to a collision with another vehicle or object, the kinetic energy is absorbed by your body and can lead to injuries.
While some modern cars are designed to protect occupants by absorbing kinetic energy during impact, the body absorbs some of the kinetic energy in high-speed accidents. An auto accident attorney can help you during any such mishap.
Common Injuries
Injuries associated with kinetic energy transfer during the accident vary in severity. If you have suffered harm from a vehicle accident, contact a Houston car accident lawyer for legal advice and representation. Some of these injuries include:
- Head trauma – after the vehicle collides with another object, the head and body are still in motion at the same speed as before the accident; this is even so when the car has slowed down or stopped. The motion is only stopped when the head comes into contact with another object, and often, such objects are an airbag, the dashboard, the windscreen, the car door, etc. Associated head trauma includes traumatic brain injury, concussion, fractures to the skull, intracranial injury, etc.
- Neck injuries—When a vehicle is rear-ended, the passenger’s neck can be thrown back due to the impact before moving forward again. This results in the stretching or straining of tendons and muscles in the neck, causing a condition known as whiplash. The effects of whiplash can cause minor to serious damage to the spine, neck, and back.
- Spinal injuries – Spinal cord injury due to the accident’s impact, the spine may experience trauma and disc herniation due to whiplash.
- Internal injuries – another impact of the crash is internal organs, such as the stomach, intestines, etc. I forced forward, getting into the abdominal wall and then being restricted by my seatbelt. This can result in bruising or tearing of all the internal organs, causing blood loss. Even if your heart is forced forward, the anime head, chest, and ribs bruise the heart.
Conclusion
Car accidents can have severe consequences for the human body. The transfer of kinetic energy during a collision can lead to various injuries, including head trauma and neck injuries such as whiplash, spinal injuries, and internal injuries. The head and body’s motion can be abruptly stopped upon impact, causing head trauma and potential brain injuries.
Rear-end collisions can result in whiplash, damaging the neck, spine, and back. The force of the accident can also cause spinal injuries and disc herniation.
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